Portable Handheld soil temperature humidity tester for Agriculture Greenhouse planting

Soil moisture and Temperature Tester technical parameter:

Measurement elements: soil humidity and temperature;

Measurement range: soil dampness 0 ～ 100%RH, soil temperature -50 ~ 100 ℃；

Resolution: 0.1%soil humidity, temperature 0.1 ℃；

Accuracy: soil humidity ± 3%, temperature ± 0.5 ℃；

Power supply: lithium ion battery (4000mA.H);

Communication: USB; storage: 40,000 pieces of data;

Host size: 200mm*105mm*28mm; weight: 0.5kg;

Working environment: -20 ℃ -80 ℃; 5%RH-95%RH;

Soil moisture and Temperature Tester Features:

1.128x64 large screen LCD display measurement parameters;

2. Large -capacity data storage, up to 40,960 meteorological data can be stored;

3. GM USB communication interface, convenient data download;

4. System language can be freely switched between English and Chinese;

5. Lithium battery power supply, low power design, long standby;

Soil moisture and Temperature Tester application：

Soil temperature and humidity sensors monitor the moisture content of the soil and provide scientific data for the rational use of soil and water resources. By obtaining real-time monitoring data, the user can learn about the ecological conditions in grassland, farmland and forests.

Soil temperature and humidity sensors are widely used in scientific experiments, water-saving irrigation, greenhouses, flowers and vegetables, meadows and pastures, soil testing, plant cultivation, sewage treatment, food storage and the measurement of the water content and temperature of various particles, soil temperature and humidity will use its own excellent performance to serve agricultural production.

Soil temperature and humidity measurement instruments measure the temperature and humidity of the soil. The soil temperature and humidity measurement instrument is a professional instrument that can measure the humidity content and soil temperature in the soil. The soil temperature and humidity measurement instrument can quickly understand the temperature and humidity data of the soil, and can arrange reasonable irrigation work through the comprehensive comparison of historical soil temperature and humidity data, thereby improving crop yield.